2564:全人眼异体移植(THEA):非人类灵长类动物模型成像方式的协议优化

E. Davidson, J. Carney, B. Lopresti, M. Miller, K. Washington
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引用次数: 0

摘要

2564例:全人眼异体移植(THEA);Edward H. Davidson, MA, (Cantab), MBBS, Jonathan Carney, Brian Lopresti, Maxine Reedy Miller, MD和Kia M. Washington University of Pittsburgh, Pittsburgh, PA, USA背景将人眼血管化复合异体移植(VCA)作为临床现实的先驱,本小组首次建立了大鼠眼移植原位模型,用于免疫调节和神经再生治疗的试验。我们还进行了人体尸体研究,以设计供体和受体的手术方案,以推进非人类灵长类动物眼移植手术模型,移植物监测的非侵入性方法对于该模型的发展以及未来移植项目的临床实践至关重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
2564: Total human eye allotransplantation (THEA): Protocol optimization of imaging modalities in a non-human primate model
2564: Total human eye allotransplantation (THEA): Protocol optimization of imaging modalities in a non-human primate model Edward H. Davidson, MA, (Cantab), MBBS, Jonathan Carney, Brian Lopresti, Maxine Reedy Miller, MD, and Kia M. Washington University of Pittsburgh, Pittsburgh, PA, USA Background To pioneer vascularized composite allotransplantation (VCA) of the human eye as a clinical reality, our group has developed the first orthotopic model for eye transplantation in the rat for testing of immunomodulation and neuroregeneration therapies. We have also performed human cadaveric studies to design surgical protocols for donor and recipient procedures ahead of advancing to a non-human primate surgical model of eye transplantation Non-invasive methodologies of graft monitoring are paramount to development of this model as well as for clinical practice in future transplantation programs.
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